Assumptions supported by research that we aren't going to go over: inquiry is an effective practice, inquiry connects to digital equity because it is an effective practice that allows students to use technology to create content, there is inequity as defined by the ISTE SIG DE and it is about more than access (the inequities that exist in society are transferred to the use of technology. many are passive not active users of technology).
Our "students" will model learning with technology - project based approach and explain the diagram of the lesson and put into perspective of the school year.
Participants - time to read their profiles and do a think alone (handout for them to do this on) What's their comfort level with inquiry, their experience with inquiry (particularly in science) - brainstorming "For you as a learner, science inquiry is . . . [write down the first words, feelings, attitudes that come to mind]"
Gallery - a think alone that is different than the participants. Half will do theirs on constructivism "Inquiry based science instruction is . . . [write down the first words, felings, attitudes that come to mind]" and half on digital equity "Digital Equity is . . . [write down the first words, feelings, attitudes that come to mind]"
Explain the roles of the gallery to do their constructivist checklist and Digital Equity checklist
*
10:00-10:20
10:00-10:05 Vivian/Cara Introduce ourselves
10:05-10:10 Cara Jigsaw
How do you currently define (a few in each of the 3)
Vivian Prior Knowledge/Misconceptions (Requires teachers to selecting tasks that have a high probability of activating misconceptions, some of those tasks can be found on the internet)
Cara Technology Linked to 5 Elements of Digital Equity
Online journals: blogs, podcasts, wikis - ways to share results/data/observations
Vivian Knowledge Centered - overlaps with learner-centered (importance of prior knowledge/misconceptions); emphasis on sense making and asking for clarification when it doesn't make sense; engaging in exploration, extension, and metacognition. Not just the math calculations but also . . . Not just the historical facts, but also the processes (primary documents). Not just the scientific facts, but the scientific method and designing the research. Connecting automaticity and higher order thinking skills.
Cara Technology Linked to 5 Elements of Digital Equity (2, 3, 4)
Primary sources (sensus data), science simulations (fruit fly simulator not a pre-digested math), math simulations, writing in collaboration (global schoolhouse)
Vivian Community Centered: Learner Centered, Assessment Centered, and Knowledge Centered should all be done in the context of community
Norms: Okay not to know, learning is done individually and in groups, people learn from one another and continually attempt to improve, the process is important; making mistakes and reflecting on them is part of the process.
Cara Technology Linked to 5 Elements of Digital Equity
Social networking tools, dunbar's number
Community building activities
**
*
Conclusion
4:15-4:30
3 min - Everyone returns to think alones: participants reflect on how their thoughts about inquiry have changed by their participation
5 min - 2 participants and 2 gallery people share their responses to the think alone
5 min - responses from the gallery for their checklists
3 min - Conclusions
Q & A
10:45-11:00
10:50 Vivian Return to think pair share - same groups talk about what they've learned and report out to whole
Digital Equity
Inquiry
Technology Integration
Cara We record these sharings in the wiki as they are shared
Agenda
NECC 2008
e-Learning Summit 2008
Introduction
3:30-3:40
- Introduce ourselves
- Assumptions supported by research that we aren't going to go over: inquiry is an effective practice, inquiry connects to digital equity because it is an effective practice that allows students to use technology to create content, there is inequity as defined by the ISTE SIG DE and it is about more than access (the inequities that exist in society are transferred to the use of technology. many are passive not active users of technology).
- Our "students" will model learning with technology - project based approach and explain the diagram of the lesson and put into perspective of the school year.
- Participants - time to read their profiles and do a think alone (handout for them to do this on) What's their comfort level with inquiry, their experience with inquiry (particularly in science) - brainstorming "For you as a learner, science inquiry is . . . [write down the first words, feelings, attitudes that come to mind]"
- Gallery - a think alone that is different than the participants. Half will do theirs on constructivism "Inquiry based science instruction is . . . [write down the first words, felings, attitudes that come to mind]" and half on digital equity "Digital Equity is . . . [write down the first words, feelings, attitudes that come to mind]"
- Explain the roles of the gallery to do their constructivist checklist and Digital Equity checklist
*10:00-10:20
- 10:00-10:05 Vivian/Cara Introduce ourselves
- 10:05-10:10 Cara Jigsaw
- How do you currently define (a few in each of the 3)
- Digital Equity
- Inquiry
- Technology Integration
- 10:05-10:20 Vivian Introduce our Purpose
- 10:05-10:10 Vivian: 5 Dimensions of Digital Equity
- 10:10-10:15 Effective Learning Environments by National Research Council
*Lesson
3:40-4:15
3 min - Initial instruction with visual warmup with Vivian's ppt.
5 min - Begin by making a prediction Explain why they've made their prediction
2 min - teacher records their prediction into a google spreadsheet
5 min share with other group members and modify
2 min - change recording on spreadsheet (call out same or change)
5 min - to do the experiment
2 min - students record results on table computer
2 min - what are you learning
2 min - introduce the science concepts/vocabulary of adhesion and cohesion
2 min - Those words are added to the wiki to look up definitions later.
Optional - discuss why people had different results
Optional - discussion standardization of the experiment
Optional - repeat with standardized experiment
Optional - repeat with variables
10:20-10:45
- Cara Two separate presentations
- How a teacher from a productivity point of view uses technology to create this learning environment
- Give examples of how a learner would actually interact with the technology in the learning environment - WE'RE DOING THIS ONE
- Asssumptions from the creation of the learning environment
- For each of these have them discuss to help them process throughout
- Vivian Learner Centered (Culturally responsive/diagnostic teaching)
- Vivian Prior Knowledge/Misconceptions (Requires teachers to selecting tasks that have a high probability of activating misconceptions, some of those tasks can be found on the internet)
- Cara Technology Linked to 5 Elements of Digital Equity
- Graphic Organizer to access prior knowledge - Software: Inspiration, Online: Gliffey, Samples: Houghton Mifflin's Education Place, Graphic.org, Write Design Online, Teacher Vision Graphic Organizers (sorted by type and curricular area),
** Vivian** Making Predictions and Explaining Predictions
- Cara Technology Linked to 5 Elements of Digital Equity
- Graphic Organizer to make predictions
- Simulations: SecondLife, Frog Guts or Net Frog, heart surgery videos, earthquake videos and lesson plans, hurricanes, journeynorth
- Evidence displays to Video/digital cameras, online journals, ecological footprint from CGEE
- Vivian Assessment Centered
- Vivian Two types of assessment summative & formative. Research suggest making frequent feedback and opportunities for revision (i.e. formative).
- Cara Technology Linked to 5 Elements of Digital Equity
- Rubrics: Rubistar, Project Based Learning Checklists
- Online quizzes, polls & surveys: Quizlet, Doodle, SurveyMonkey
- Online journals: blogs, podcasts, wikis - ways to share results/data/observations
- Vivian Knowledge Centered - overlaps with learner-centered (importance of prior knowledge/misconceptions); emphasis on sense making and asking for clarification when it doesn't make sense; engaging in exploration, extension, and metacognition. Not just the math calculations but also . . . Not just the historical facts, but also the processes (primary documents). Not just the scientific facts, but the scientific method and designing the research. Connecting automaticity and higher order thinking skills.
- Cara Technology Linked to 5 Elements of Digital Equity (2, 3, 4)
- Primary sources (sensus data), science simulations (fruit fly simulator not a pre-digested math), math simulations, writing in collaboration (global schoolhouse)
- (http://www.globalschoolnet.org/ http://www.globalschoolnet.org/gsh/pr/ history podcast thing Internet2)
- Vivian Community Centered: Learner Centered, Assessment Centered, and Knowledge Centered should all be done in the context of community
- Norms: Okay not to know, learning is done individually and in groups, people learn from one another and continually attempt to improve, the process is important; making mistakes and reflecting on them is part of the process.
- Cara Technology Linked to 5 Elements of Digital Equity
- Social networking tools, dunbar's number
- Community building activities
***
Conclusion
4:15-4:30
3 min - Everyone returns to think alones: participants reflect on how their thoughts about inquiry have changed by their participation
5 min - 2 participants and 2 gallery people share their responses to the think alone
5 min - responses from the gallery for their checklists
3 min - Conclusions
Q & A
10:45-11:00
- 10:50 Vivian Return to think pair share - same groups talk about what they've learned and report out to whole
- Digital Equity
- Inquiry
- Technology Integration
- Cara We record these sharings in the wiki as they are shared
- 10:58 Vivian Questions and Closing
*